Panel Meters
- Single-channel voltmeter
- Sunlight-readable, ultra-low power, monochrome, 2.1” E-paper dot-matrix display
- Six configurable voltmeter apps and two programmable alarms
- Measure voltage between 0 and 40V DC
- 2.4” TFT display with a resolution of 320 x 240 pixels and a 16-bit colour depth
- Multiple voltmeter configurations available
- Panel meter optimised for measuring current loop
- Range: 4 to 20mA
- Multiple meter configurations available with the free PanelPilot Software
- Panel meter optimised for voltmeter applications
- Range: 0-40V DC
- 2.8”, colour, TFT display with a 320 x 240px resolution
- Panel meter optimised for current loop measurements
- 2.8”, colour, TFT display with resistive touchscreen
- Able to support multiple meter-type configurations
- Panel meter optimised for measuring voltage
- Supports multiple voltmeter-type configurations
- 3.5”, colour, TFT display with a resistive touchscreen
- Panel meter optimised for current loop measurements
- Current loop ranges: 4-20mA, 10-50mA and 0-50mA
- 3.5”, colour, TFT display with resistive touchscreen
- Panel meter optimised for voltmeter applications
- IP67 and NEMA 6 rated
- Rugged and scratch-resistant Corning® Gorilla® glass window
- Panel meter optimised for measuring current loop
- IP67 and NEMA 6 rated
- Rugged, scratch-resistant Corning® Gorilla® glass window
About Panel Meters
A panel meter is an instrument that displays an input signal in either a digital or analog form. Many panel meters also include alarm options as well as the ability to connect and transfer data to a computer.
Panel Meters are an essential component of any industry where monitoring and/or control of equipment is taking place. These are instruments that display a signal's analog or digital value, depending on the product's specifications. Modern panel meters have advanced capabilities such as alarms, transferring data via different mediums, etc.
A sample of voltage or current is taken from the signal and a visual representation is created. Voltage measurements are usually taken across the load while current measurements are in a series configuration. Supplementary devices are also used for high-magnitude measurements such as current/voltage transformers in high-power systems.
